Terahertz frequencies will be needed to get wireless data rates beyond 5G. An IEEE paper describes the challenges, both electrical and biological.
5G 2.0 (3GPP Release 16) will focus on applications, namely enhanced mobile broadband, ultra-reliable, low latency communications, and massive machine type communications.
While AI can learn how to get devices to share spectrum, better hardware is still needed. Dr. William Chappell explained how it works at IMS 2019.
Trade war headlines are overshadowing the attenuated pace of the rollout of 5G telephony.
The company known as Uhnder is emerging from ‘stealth mode’ with their first digital radar chip.
When modeling a wireless channel gets too complex, machine learning can step in.
Enhancing coaxial cable-based WAN and LAN experiences with gear upgrades.
There is some evidence of possible health risks, but more work is needed.
Engineers need to weigh in on proposed rule changes on ham radio at the FCC, according to one of the world’s leading wireless researchers.
With 5G NR, devices and base stations will use new access technologies to make connections, and networks will evolve to handle more data, more users, and different levels of service.